Comparison of QoS performance between IPv6 QoS management model and IntServ and DiffServ QoS models

E. Fgee, J. D. Kenney, W. Phillips, W. Robertson, S. Sivakumar
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引用次数: 29

Abstract

An increasing number of emerging Internet applications require better than best effort quality of service (QoS) that is offered by the current Internet. Applications such as voice over IP (VoIP), video on demand (VoD) and e-commerce applications need end-to-end QoS guarantees defined in terms of throughput, delay and loss rate E. Kumsierek et al., (2002). However, QoS guarantee for these services require adding QoS algorithms that perform a number of resource management functions such as admission control, resource reservation and traffic monitoring. These functions can significantly increase the complexity and affect the scalability of the network. In this paper, three QoS schemes, integrated services (IntServ) P.P White (1997), differentiated services (DiffServ) S.Balck et al., (1998) and IPv6 QoS management, are compared with respect to QoS guarantee requirements. Also, the scalability and complexity issues are discussed for each one of them. The IPv6 QoS management model performs well during the simulation. It is also simple and scalable when it is implemented.
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IPv6 QoS管理模型与IntServ和DiffServ QoS模型的QoS性能比较
越来越多的新兴Internet应用程序需要比当前Internet提供的最佳服务质量(QoS)更好的服务质量。诸如IP语音(VoIP)、视频点播(VoD)和电子商务应用等应用需要根据吞吐量、延迟和损失率定义的端到端QoS保证。E. Kumsierek等人,(2002)。但是,为了保证这些服务的QoS,需要增加QoS算法,这些算法可以实现准入控制、资源预留和流量监控等多种资源管理功能。这些功能会显著增加网络的复杂性,影响网络的可扩展性。本文就QoS保证要求对三种QoS方案进行了比较,即综合服务(IntServ) p.p. White(1997)、差异化服务(DiffServ) S.Balck等(1998)和IPv6 QoS管理。此外,还讨论了每种方法的可伸缩性和复杂性问题。IPv6 QoS管理模型在仿真过程中表现良好。它在实现时也很简单且可扩展。
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